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Protein purification scientist skills for your resume and career

Updated January 8, 2025

3 min read

Quoted expert

Dr. Douglas Capone Ph.D.

Below we've compiled a list of the most critical protein purification scientist skills. We ranked the top skills for protein purification scientists based on the percentage of resumes they appeared on. For example, 12.5% of protein purification scientist resumes contained western blotting as a skill. Continue reading to find out what skills a protein purification scientist needs to be successful in the workplace.

15 protein purification scientist skills for your resume and career

1. Western Blotting

Here's how protein purification scientists use western blotting:

Aided in the development of a system that utilized LICOR technologies for Western Blotting experiments within the company.
Demonstrated target engagement in target issues by western blotting.

2. HPLC

Here's how protein purification scientists use hplc:

Utilized HPLC to quantify product through experimentation leading to identification of start material changes and anticipated manufacturing results.
Experienced in antibody purification via column chromatography, FITC conjugation, fractionation, fragmentation, and use of HPLC.

3. Elisa

An enzyme-linked immunosorbent assay or ELISA is an examination or test to measure and detect a person's specific antigen, antibodies, and protein. This type of test will identify if the sample component is infected with a relative disease or condition such as HIV infection, anemia, Zika Virus, and Lyme disease with just a single experiment.

Here's how protein purification scientists use elisa:

Experienced scientist in standardizing ELISA assays for existing and synthetic molecules in cancer therapy for Personalized Drug Management.
Utilized Elisa, fluorescence polarization assay to identify the target.

4. ION Exchange

Here's how protein purification scientists use ion exchange:

Worked with different types of Sepharose resins, including Protein G, A, DEAE ion exchange, and IgM.
Simplified ion exchange chromatography process from two step to single step wash process.

5. Cell Culture

Here's how protein purification scientists use cell culture:

Isolated DNA from cell culture to determine possible genetic markers of osteoarthritis pain which lead to a novel target opportunity.
Mentored junior scientists in cell culture technology and cellular biology and provided support in troubleshooting, and atypical issue resolution.

6. Laboratory Equipment

Here's how protein purification scientists use laboratory equipment:

Performed lab managerial tasks such as hematology analyzers QC/maintenance, as well as maintaining the calibration schedule for laboratory equipment.
Perform laboratory equipment qualification, calibration, preventative maintenance and coordinates outside contractor support for the same.

7. GMP

GMP stands for Good Manufacturing Practice. It is a system that ensures that all products like food, beverages, and medicinal drugs that are produced comply with the quality standards. It helps in minimizing the risks and hazards that cannot be eliminated after the testing of final products.

Here's how protein purification scientists use gmp:

Project and personnel management for large scale GMP downstream purification of plant made pharmaceuticals.
Developed and scaled-up manufacturing processes for liquid consumer products from laboratory to final GMP production scale at various external manufacturing sites.

8. UV

Ultraviolet (UV) radiation is a form of non-ionizing radiation emitted by the sun and other human-made sources such as tanning beds. UV radiation falls under three primary categories: ultraviolet A (UVA), ultraviolet B (UVB), and ultraviolet C (UVC).

Here's how protein purification scientists use uv:

Provided OSLO based first-order ray tracing optical design-analysis of lenses-crystal elements for UV, Visible, IR.
Developed UV curable optically clear adhesives for glass composite bonding.

9. Electrophoresis

Here's how protein purification scientists use electrophoresis:

Developed assays to detect residual complement activity Performed SDS-PAGE and acid urea gel electrophoresis.
Support analyst for ICP OES, Potting and Cross Sectioning, Micro-hardness testing, FTIR, and Capillary Electrophoresis.

10. Buffer Preparation

Here's how protein purification scientists use buffer preparation:

Support functions such as pH, conductivity, cleaning, set-up and CIP of equipment, component weigh-outs and buffer preparation.

11. Crystallography

Here's how protein purification scientists use crystallography:

Carried out Limited proteolysis of helicase protein in order to determine potential stable constructs for Crystallography.

12. Profiling

Here's how protein purification scientists use profiling:

Performed statistical and spectral analysis profiling of EEG waveform activity.
Perform metabolic profiling experiments, data processing and project reporting.

13. GLP

GLP stands for "good laboratory practice." This refers to the integrity and quality measures that non-clinical laboratories have in place to ensure accurate research and market testing. GLP is most often used in pharmaceutical companies where new drugs must be tested before being approved for sale, but the practice can also be used in food packaging and preparation test centers.

Here's how protein purification scientists use glp:

Performed routine laboratory assignments in accordance with company SOP's and any other applicable guidelines and regulations including GLP if applicable.
Managed laboratory operations in Life Sciences department including acquisition, calibration, and maintenance of equipment that produced GLP compliance.

14. NMR

The Nuclear Magnetic Resonance technique allows observing magnetic fields around an object. The NMR equipment requires monitoring and ensuring their correct and safe utilization.

Here's how protein purification scientists use nmr:

Purified triple labelled protein to support NMR studies as an alternative to obtain structural information and understand protein dynamics.

15. ISO

Here's how protein purification scientists use iso:

Completed all relevant paperwork according to specific ISO regulations and guidelines for IVD.
Directed ISO 9000 4.10 team registration activities and performed internal audits.

What skills help Protein Purification Scientists find jobs?

Tell us what job you are looking for, we’ll show you what skills employers want.

What type of skills will young protein purification scientists need?

Dr. Douglas Capone Ph.D.

Professor, University of Southern California

In addition to the essential skill set of an oceanographic discipline (biological, chemical, physical or geological fields) - being adaptable, having a breadth of knowledge and ability to cross disciplinary boundaries and communication skills e.g., the ability to talk to regulators, policymakers, and the general public will all help.

Do you want to know more?

List of protein purification scientist skills to add to your resume

The most important skills for a protein purification scientist resume and required skills for a protein purification scientist to have include:

Western Blotting
HPLC
Elisa
ION Exchange
Cell Culture
Laboratory Equipment
GMP
UV
Electrophoresis

Buffer Preparation
Crystallography
Profiling
GLP
NMR
ISO
Affinity Chromatography
Extraction
Product Development

FDA
Imac
R
IND
Enzymes
Therapeutic Proteins
Target Proteins
BCA

Updated January 8, 2025

Zippia Team

Editorial Staff

The Zippia Research Team has spent countless hours reviewing resumes, job postings, and government data to determine what goes into getting a job in each phase of life. Professional writers and data scientists comprise the Zippia Research Team.

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Protein Purification Scientist Skills

Updated January 8, 2025

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